正交缺陷分类(odc)是软件过程度量与分析中的一种新技术。
Orthogonal Defect Classification (ODC) is a technology for software process measurement and analysis. This paper introduces the concept and development of ODC.
本文选取正交缺陷分类方法作为软件过程定性分析和实现缺陷管理系统的基础。
Orthogonal defect classification method is the foundation of qualitative analysis of software process and implementation of defect management system.
在过去的几年里，我已经通过在Rational环境中加入一种额外的测试技术改善了这种情况：ODC，其表示“正交缺陷分类”。
Over the past several years, I have improved this situation by incorporating an additional testing technique into the Rational environment: ODC, which stands for "Orthogonal Defect Classification."
提出将传统可靠性增长曲线模型结合正交缺陷分类属性缺陷类型，将不同种类的缺陷放在同一横坐标上进行比较，得出软件过程定性分析结论。
The reliability growth model combines with different defect type of odc and projecting them on a common abscissa to make qualitative inferences.
作为本文主题的OD C方法(缺陷正交分类法)是一种集根源分析法和统计模型优点于一体的缺陷分析法。
As the topic of this paper, ODC (Orthogonal defect Classification) is a defect analysis method, which integrates the strongpoints of root analysis method and statistical model.
作为本文主题的OD C方法(缺陷正交分类法)是一种集根源分析法和统计模型优点于一体的缺陷分析法。
As the topic of this paper, ODC (Orthogonal defect Classification) is a defect analysis method, which integrates the strongpoints of root analysis method and statistical model.
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